All You Need to Know About the Different Dangers Involved When Using Chemical Drum Pumps

Chemical drum pumps are created to handle the different corrosive chemicals, dangerous viscous products and flammable substances transported from 55-gallon drums and intermediate bulk containers (IBCs).

The Different Common Chemical Drum Pumping Applications:

The majority of products being transferred around the globe using industrial drum pumps are highly dangerous, therefore, they need to be handled with extreme caution. Credible companies like Flux Pumps exists to ensure safe filling and transferring fluids. The substances discussed below point out the type of chemical and the symptoms presented when a person is exposed to the substance.

• Sulphuric Acid

Sulphuric acid is a chemical component with the ability to corrode skin, stone, metals and various other surfaces. The symptoms experienced when coming into direct contact with this acid include severe chemical burns, dehydration and permanent blindness.

• Hydrochloric Acid

Hydrochloric acid is a chemical substance with corrosive properties when exposed to skin, eyes and mucous membranes. If a person were to come into direct contact with the acid and inhale the substance, it is highly likely that the individual will experience excessive coughing, inflammation of the chest, chest pain, hoarseness, pulmonary oedema and ulceration of the respiratory tract.

• Nitric Acid

Nitric acid is another chemical substance with corrosive properties that will negatively affect the skin, eyes and mucous membrane when placed in contact with these areas. While direct contact with nitric acid can result in a staining of the skin and permanent burns, mild contact can lead to minor irritation of the skin with hardening of the epidermis. Similar to hydrochloric acid, inhalation of the chemical can be fatal to the individual and can cause death.

• Acetic Acid

While diluted acetic acid is basically harmless to humans and animals, the health hazard is dependent on the percentage of acetic acid dilution in the solution. Evidence has shown that consumption of solutions containing more than 25{217058f03f8baac3c137a5cf7bc2099b1f6c0fe755c061bd162c9b518df12216} acetic acid can be detrimental to both animals and humans with potential corrosion to eyes and skin.

• Aqueous Ammonia

One of the more dangerous chemical compounds transported using chemical drum pumps is the liquid chemical known as aqueous ammonia. Aqueous ammonia is a compound that can harm the environment and individuals if not released from the industrial plant correctly. Evidence has found that the corrosive properties of this substance contribute to damage to the mouth, eyes, skin, respiratory tract and digestive tract if exposed to a human or animal. Furthermore, the overall conditions potentially experienced include blindness, lung disease, burns and even death.

The Top In-Demand Features of the New Chemical Drum Pumps

In today’s society approximately one in every five patents granted to US inventors is related to the topic of chemistry. In fact, this is one of the reasons why the American chemical industry is the largest in the world. This is reflected in the rest of the world too, increasingly in the recent times.

Despite the beneficial growth of the chemical industry, the increase in size has prompted an increase in industrial needs as well. It is seen that when a company needs to transport their chemical substances, they require chemical drum pumps to ensure the transfer of the corrosive, viscous and flammable liquids is not dangerous.

For many years, the chemical drum pump has been a highly advantageous option to transport chemical compounds from one industrial plant to another. In the past couple of decades, the drum pumps have been improved with new features being added to the standard pump line of products. These features include the safety first with warranties feature, the advanced metering systems, the batch control systems, the electronic explosion proof feature and the maximum measurement of viscous materials.